Qucstion $/$:

A misture of $S{O}_2$ and air is charged to a reactor where $S{O}_2$ is oxidized as per the following rraction:

$2S{O}_2+O_{2}2S{O}_3$

The raction talies place at $226C$ and $1485$kPa. The molar flow rate for the feed is $100$kmo$\frac{l}{h}.$ The molar composition for the foed is $28\%S{O}_2,57\%N_2$ and $15\%O_2.$

Simulute this reaction and determine the outlet compositions for the following cases $($show all racains on the same flowsheet$)$:

The reaction is isothermal and the reaction rate constant is fixed at $5{10}^{10}.$ Which reactor did you use? What is the conversion?

The reaction is isothermal and the conversion for $S{O}_2$ is fixed at $90\%.$ Which reactor did yow use this time?

Quemint $2.$

Theraction ther imvolves the formation of Nitric Oxide from oil and gas furnaces is classified as a meverillile rraction.

$O_2+N_2$harr$2NO$

The maction shoull be parformed in yery high $T$ hence a heat flow of $4\mathrm{.}5{10}^{5}k\frac{J}{h}r$ is needed. The flow rate of pure Oxygen entering the reactor is $2\mathrm{.}58$kmo$\frac{l}{h}r$ while the flow rate of Nitrogen is $2$kmefls. Both reactants enter at $\frac{1}{b}ar$ and $25C.$ Simulate this reaction and determine the ourlet compositions. Submit your HYSY file and write your final answers directly on BB$.$

Which ractor did you use?

What was the covvernion you achieved?

$*$ solve it in hysys$*$